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Functions.py
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from datetime import date
from time import sleep
import MegaStorage
import uuid
import os
def clearArray():
MegaStorage.arr1.clear()
MegaStorage.arr2.clear()
MegaStorage.arr3.clear()
MegaStorage.arr4.clear()
MegaStorage.arr5.clear()
MegaStorage.arr6.clear()
MegaStorage.arr7.clear()
def clearInitialDataStorage():
MegaStorage.Symbol.clear()
MegaStorage.Name.clear()
MegaStorage.Sector.clear()
MegaStorage.connectionError = False
def clearMarketDataStorage():
MegaStorage.OutStandingShare.clear()
MegaStorage.MarketPrice.clear()
MegaStorage.PercentageChange.clear()
MegaStorage.Avg120Day.clear()
MegaStorage.OneYearYield.clear()
MegaStorage.Eps.clear()
MegaStorage.PERatio.clear()
MegaStorage.BookValue.clear()
MegaStorage.Pbv.clear()
MegaStorage.AvgVol30Day.clear()
MegaStorage.MarketCapitalisation.clear()
MegaStorage.Temporary.clear()
MegaStorage.barProgressCount = 1
MegaStorage.bar = "____________________________________________________________________________________________________"
def clearDivDataStorage():
MegaStorage.divBCD.clear()
MegaStorage.divCash.clear()
MegaStorage.divBonus.clear()
MegaStorage.divSymbol.clear()
def clearReportDataStorage():
clearDivDataStorage()
MegaStorage.shareDataAsOf.clear()
MegaStorage.shareVolume.clear()
MegaStorage.sharePrice.clear()
MegaStorage.shareLowPrice.clear()
MegaStorage.shareHighPrice.clear()
MegaStorage.shareOpenPrice.clear()
MegaStorage.shareReportDate.clear()
MegaStorage.share52WeeksHigh.clear()
MegaStorage.share52WeeksLow.clear()
MegaStorage.shareReportDate.clear()
MegaStorage.shareReportValue.clear()
MegaStorage.shareReportQuarter.clear()
MegaStorage.Temporary.clear()
MegaStorage.barProgressCount = 1
MegaStorage.bar = "____________________________________________________________________________________________________"
def clearReportArrayStorage():
MegaStorage.symbol.clear()
MegaStorage.trend.clear()
MegaStorage.remarks.clear()
MegaStorage.bullPoint.clear()
MegaStorage.bearPoint.clear()
def clearCompanyDataStorage():
MegaStorage.companyVolume.clear()
MegaStorage.companyPrice.clear()
MegaStorage.companyLowPrice.clear()
MegaStorage.companyHighPrice.clear()
MegaStorage.companyOpenPrice.clear()
MegaStorage.Temporary.clear()
def clearNewsDataStorage():
MegaStorage.News.clear()
MegaStorage.NewsDate.clear()
MegaStorage.NewsSymbol.clear()
MegaStorage.Temporary.clear()
MegaStorage.barProgressCount = 1
MegaStorage.bar = "____________________________________________________________________________________________________"
def companyDataReverse():
MegaStorage.companyVolume.reverse()
MegaStorage.companyPrice.reverse()
MegaStorage.companyLowPrice.reverse()
MegaStorage.companyHighPrice.reverse()
MegaStorage.companyOpenPrice.reverse()
def center(str, length):
blank = ""
space = int((length - len(str))/2 + 8)
if space<1:
space = 1
for index in range(0, space):
blank = blank + " "
return (blank + str)
def numberToWordConverter(num):
num = float("{:.2f}".format(num))
if abs(int(num/1000000000))>0:
num = num/1000000000
word = " Billion"
elif abs(int(num/1000000))>0:
num = num/1000000
word = " Million"
elif abs(int(num/1000))>0:
num = num/1000
word = " Thousand"
else:
word = " "
return str("{:.2f}".format(num)) + word
def progressIndicator(index, total):
progressIndicatorPercentage = float("{:.2f}".format((index/total)*100))
while progressIndicatorPercentage>=MegaStorage.barProgressCount:
MegaStorage.barProgressCount = MegaStorage.barProgressCount + 1
MegaStorage.bar = MegaStorage.bar.replace('_', '█', 1)
print(f"\t[ {progressIndicatorPercentage}% ] : {MegaStorage.bar}", end='\r')
# lineMaker ("LineSymbol", "FirstElement", "LengthOfLine", "LastElement")
def lineMaker(dashType, str1, length, str2):
dash = ""
for index in range(0, length):
dash = dash + dashType
print(f"{str1}{dash}{str2}")
def isValidUser():
count = 0
flag = False
filePath = MegaStorage.fileName0 + "user" + MegaStorage.fileExtension
if os.path.exists(filePath):
if os.path.getsize(filePath)>0:
file = open(filePath, 'r')
for line in file:
for word in line.split():
if (count%2)==0:
MegaStorage.username = word
else:
MegaStorage.macAdd = str(hex(uuid.getnode()))
if MegaStorage.macAdd==word:
flag = True
break
count += 1
if flag==True:
break
file.close()
return flag
def dividendDataLoader(index):
clearDivDataStorage()
filePath = MegaStorage.fileName4 + MegaStorage.Symbol[index] + MegaStorage.fileExtension
if os.path.getsize(filePath)>0:
file = open(filePath, 'r')
for line in file:
MegaStorage.Temporary.clear()
for word in line.split():
MegaStorage.Temporary.append(word)
try:
MegaStorage.divBCD.append(int(str(MegaStorage.Temporary[0])[0:4]))
except:
MegaStorage.divBCD.append(int(0))
try:
MegaStorage.divBonus.append(float(MegaStorage.Temporary[1]))
except:
MegaStorage.divBonus.append(float(0.0))
try:
MegaStorage.divCash.append(float(MegaStorage.Temporary[2]))
except:
MegaStorage.divCash.append(float(0.0))
file.close()
else:
MegaStorage.divBCD.append(int(0))
MegaStorage.divBonus.append(float(0.0))
MegaStorage.divCash.append(float(0.0))
def avgDividendFluctuation():
arr = []
avgDivFlux = 0.0
currentDate = date.today()
currentYear = currentDate.year + 57
sizeOfArr = len(MegaStorage.divBCD)
for count in range(0, sizeOfArr):
arr.append(MegaStorage.divCash[count] + MegaStorage.divBonus[count])
if sizeOfArr>=3:
if MegaStorage.divBCD[0]==currentYear or MegaStorage.divBCD[0]==currentYear-1:
if (MegaStorage.divBCD[0]-1)==MegaStorage.divBCD[1] and (MegaStorage.divBCD[0]-2)==MegaStorage.divBCD[2]:
avgDivFlux = (abs(arr[0]-arr[1])+abs(arr[1]-arr[2]))/2
elif (MegaStorage.divBCD[0]-1)==MegaStorage.divBCD[1] or (MegaStorage.divBCD[0]-2)==MegaStorage.divBCD[1]:
avgDivFlux = (abs(arr[0]-arr[1])+abs(arr[1]-0))/2
else:
avgDivFlux = (abs(arr[0]-0)+abs(0-0))/2
elif MegaStorage.divBCD[0]==currentYear-1 or MegaStorage.divBCD[0]==currentYear-2:
if (MegaStorage.divBCD[0]-1)==MegaStorage.divBCD[1]:
avgDivFlux = (abs(arr[0]-arr[1])+abs(arr[1]-0))/2
else:
avgDivFlux = (abs(arr[0]-0)+abs(0-0))/3
elif MegaStorage.divBCD[0]==currentYear-2 or MegaStorage.divBCD[0]==currentYear-3:
avgDivFlux = (abs(arr[0]-0)+abs(0-0))/2
else:
avgDivFlux = 0.0
elif sizeOfArr==2:
if MegaStorage.divBCD[0]==currentYear or MegaStorage.divBCD[0]==currentYear-1:
if (MegaStorage.divBCD[0]-1)==MegaStorage.divBCD[1]:
avgDivFlux = abs(arr[0]-arr[1])
else:
avgDivFlux = arr[0]
elif MegaStorage.divBCD[0]==currentYear-1 or MegaStorage.divBCD[0]==currentYear-2:
if (MegaStorage.divBCD[0]-1)==MegaStorage.divBCD[1]:
avgDivFlux = (abs(0-arr[0])+abs(arr[0]-arr[1]))/2
else:
avgDivFlux = (abs(0-0)+abs(0-arr[0]))/2
elif MegaStorage.divBCD[0]==currentYear-2 or MegaStorage.divBCD[0]==currentYear-3:
avgDivFlux = (abs(0-0)+abs(0-arr[0]))/2
else:
avgDivFlux = 0.0
elif sizeOfArr==1:
if MegaStorage.divBCD[0]==currentYear or MegaStorage.divBCD[0]==currentYear-1:
avgDivFlux = arr[0]
elif MegaStorage.divBCD[0]==currentYear-1 or MegaStorage.divBCD[0]==currentYear-2:
avgDivFlux = abs(0-arr[0])
elif MegaStorage.divBCD[0]==currentYear-2 or MegaStorage.divBCD[0]==currentYear-3:
avgDivFlux = (abs(0-0)+abs(0-arr[0]))/2
else:
avgDivFlux = 0.0
return avgDivFlux
def avgDividend(factor):
arr = []
avgDividendResult = 0.0
currentDate = date.today()
currentYear = currentDate.year + 57
if factor=="cash":
for count in range(0, len(MegaStorage.divCash)):
arr.append(MegaStorage.divCash[count])
elif factor=="bonus":
for count in range(0, len(MegaStorage.divBonus)):
arr.append(MegaStorage.divBonus[count])
sizeArr = len(arr)
if sizeArr>=3:
if MegaStorage.divBCD[0]==currentYear or MegaStorage.divBCD[0]==currentYear-1:
if (MegaStorage.divBCD[0]-1)==MegaStorage.divBCD[1] and (MegaStorage.divBCD[0]-2)==MegaStorage.divBCD[2]:
avgDividendResult = (arr[0]+arr[1]+arr[2])/3
elif (MegaStorage.divBCD[0]-1)==MegaStorage.divBCD[1] or (MegaStorage.divBCD[0]-2)==MegaStorage.divBCD[1]:
avgDividendResult = (arr[0]+arr[1]+0)/3
else:
avgDividendResult = (arr[0]+0+0)/3
elif MegaStorage.divBCD[0]==currentYear-1 or MegaStorage.divBCD[0]==currentYear-2:
if (MegaStorage.divBCD[0]-1)==MegaStorage.divBCD[1]:
avgDividendResult = (arr[0]+arr[1]+0)/3
else:
avgDividendResult = (arr[0]+0+0)/3
elif MegaStorage.divBCD[0]==currentYear-2 or MegaStorage.divBCD[0]==currentYear-3:
avgDividendResult = (arr[0]+0+0)/3
else:
avgDividendResult = 0.0
elif sizeArr==2:
if MegaStorage.divBCD[0]==currentYear or MegaStorage.divBCD[0]==currentYear-1:
if (MegaStorage.divBCD[0]-1)==MegaStorage.divBCD[1]:
avgDividendResult = (arr[0]+arr[1])/2
else:
avgDividendResult = (arr[0]+0)/3
elif MegaStorage.divBCD[0]==currentYear-1 or MegaStorage.divBCD[0]==currentYear-2:
if (MegaStorage.divBCD[0]-1)==MegaStorage.divBCD[1]:
avgDividendResult = (arr[0]+arr[1])/3
else:
avgDividendResult = (arr[0]+0)/3
elif MegaStorage.divBCD[0]==currentYear-2 or MegaStorage.divBCD[0]==currentYear-3:
avgDividendResult = (arr[0]+0)/3
else:
avgDividendResult = 0.0
elif sizeArr==1:
if MegaStorage.divBCD[0]==currentYear or MegaStorage.divBCD[0]==currentYear-1:
avgDividendResult = arr[0]
elif MegaStorage.divBCD[0]==currentYear-1 or MegaStorage.divBCD[0]==currentYear-2:
avgDividendResult = arr[0]/2
elif MegaStorage.divBCD[0]==currentYear-2 or MegaStorage.divBCD[0]==currentYear-3:
avgDividendResult = arr[0]/3
else:
avgDividendResult = 0.0
return avgDividendResult
def growthPercentage(index):
profitLossArr = []
quaterArr = []
arrQ1V = []
arrQ2V = []
arrQ3V = []
arrQ4V = []
avgQ1V = 0
avgQ2V = 0
avgQ3V = 0
avgQ4V = 0
filePath = MegaStorage.fileName3 + MegaStorage.Symbol[index] + MegaStorage.fileExtension
file = open(filePath, 'r')
for line in file:
MegaStorage.Temporary.clear()
for word in line.split():
MegaStorage.Temporary.append(word)
try:
value1 = float(MegaStorage.Temporary[1])
value2 = int(MegaStorage.Temporary[2])
if value1==0 or value2==0:
pass
else:
profitLossArr.append(value1)
quaterArr.append(value2)
except:
pass
file.close()
for count in range(0, len(quaterArr)):
if quaterArr[count]==1:
arrQ1V.append(profitLossArr[count])
elif quaterArr[count]==2:
arrQ2V.append(profitLossArr[count])
elif quaterArr[count]==3:
arrQ3V.append(profitLossArr[count])
elif quaterArr[count]==4:
arrQ4V.append(profitLossArr[count])
for count in range(0, len(arrQ1V)):
if count>=1:
avgQ1V = avgQ1V+(((arrQ1V[count]-arrQ1V[count-1])/arrQ1V[count-1])*100)
try:
avgQ1V = avgQ1V/count
except:
avgQ1V = 0
for count in range(0, len(arrQ2V)):
if count>=1:
avgQ2V = avgQ2V+(((arrQ2V[count]-arrQ2V[count-1])/arrQ2V[count-1])*100)
try:
avgQ2V = avgQ2V/count
except:
avgQ2V = 0
for count in range(0, len(arrQ3V)):
if count>=1:
avgQ3V = avgQ3V+(((arrQ3V[count]-arrQ3V[count-1])/arrQ3V[count-1])*100)
try:
avgQ3V = avgQ3V/count
except:
avgQ3V = 0
for count in range(0, len(arrQ4V)):
if count>=1:
avgQ4V = avgQ4V+(((arrQ4V[count]-arrQ4V[count-1])/arrQ4V[count-1])*100)
try:
avgQ4V = avgQ4V/count
except:
avgQ4V = 0
count = 4
if avgQ1V==0:
count -= 1
if avgQ2V==0:
count -= 1
if avgQ3V==0:
count -= 1
if avgQ4V==0:
count -= 1
if not count==0:
growthPercentageResult = (avgQ1V+avgQ2V+avgQ3V+avgQ4V)/count
else:
growthPercentageResult = 0
# if index==225:
# print(f"\n{growthPercentageResult}\n")
return growthPercentageResult
def newsDisplay():
print("\n\t==================================================================================================================")
print(f"{MegaStorage.bold}\tSN\t\t\t\t\tSHARE NEWS\t\t\t\t\t\tSYMBOL\t DATE{MegaStorage.normal}")
print("\t==================================================================================================================\n")
for index in range(0, 20):
print(f"\t{index+1}. {MegaStorage.News[index].ljust(89)}\t{MegaStorage.NewsSymbol[index].ljust(6)}\t{MegaStorage.NewsDate[index].ljust(10)}\n")
def companyDataDisplay(index):
print("\n\t===================================================================================================================")
print(f"{MegaStorage.bold}" + center(MegaStorage.Name[index], 116) + f"{MegaStorage.normal}")
print("\t===================================================================================================================\n")
arr = [
"Sector", "Market Price", "Percentage Change", "Earning Per Share (EPS)", "Price to Book Value (PBV)", "PE Ratio", "Book Value", "One Year Yield", "120 Day Average Price",
"30 Day Average Volume", "52 Weeks High-Low", "Outstanding Shares", "Market Capitalisation", "Report", "Growth Rate", "Average Dividend"
]
print(f"\t\t{arr[0].ljust(29)}:\t{MegaStorage.Sector[index]}")
print(f"\t\t{arr[1].ljust(29)}:\t{MegaStorage.sharePrice[index]}")
if MegaStorage.PercentageChange[index]>0:
print(f"\t\t{arr[2].ljust(29)}:\t{MegaStorage.PercentageChange[index]} %")
elif MegaStorage.PercentageChange[index]<0:
print(f"\t\t{arr[2].ljust(29)}:\t{MegaStorage.PercentageChange[index]} %")
print(f"\t\t{arr[3].ljust(29)}:\t{MegaStorage.Eps[index]}")
print(f"\t\t{arr[4].ljust(29)}:\t{MegaStorage.Pbv[index]}")
print(f"\t\t{arr[5].ljust(29)}:\t{MegaStorage.PERatio[index]}")
print(f"\t\t{arr[6].ljust(29)}:\t{MegaStorage.BookValue[index]}")
growth = str("{:.2f}".format(growthPercentage(index)))
print(f"\t\t{arr[14].ljust(29)}:\t{growth} %")
dividendDataLoader(index)
avgDiv = str("{:.2f}".format(float(avgDividend("cash") + avgDividend("bonus"))))
print(f"\t\t{arr[15].ljust(29)}:\t{avgDiv} %")
print(f"\t\t{arr[7].ljust(29)}:\t{MegaStorage.OneYearYield[index]} %")
print(f"\t\t{arr[8].ljust(29)}:\t{MegaStorage.Avg120Day[index]}")
print(f"\t\t{arr[9].ljust(29)}:\t{MegaStorage.AvgVol30Day[index]}")
print(f"\t\t{arr[10].ljust(29)}:\t{MegaStorage.share52WeeksHigh[index]}-{MegaStorage.share52WeeksLow[index]}")
print(f"\t\t{arr[11].ljust(29)}:\t{numberToWordConverter(MegaStorage.OutStandingShare[index])}")
print(f"\t\t{arr[12].ljust(29)}:\t{numberToWordConverter(MegaStorage.MarketCapitalisation[index])}")
if MegaStorage.shareReportValue[index]>0:
factor = f"Report ({MegaStorage.shareReportDate[index]})"
print(f"\t\t{factor.ljust(29)}:\t{numberToWordConverter(MegaStorage.shareReportValue[index])} (Q{int(MegaStorage.shareReportQuarter[index])} Profit)")
elif MegaStorage.shareReportValue[index]<0:
factor = f"Report ({MegaStorage.shareReportDate[index]})"
print(f"\t\t{factor.ljust(29)}:\t{numberToWordConverter(abs(MegaStorage.shareReportValue[index]))} (Q{int(MegaStorage.shareReportQuarter[index])} Loss)")
else:
print(f"\t\t{arr[13].ljust(29)}:\tNULL")
print("")
def compareCompanies(index1, index2):
factor = ""
print("\n\t===============================================================================================================================================")
print(f"{MegaStorage.bold}\t\tFactors" + center(MegaStorage.Symbol[index1], 75) + center(MegaStorage.Symbol[index2], 75) + f"{MegaStorage.normal}")
print("\t===============================================================================================================================================\n")
factor = "Name"
print(f"\t\t{factor.ljust(29)}:\t{MegaStorage.Name[index1].ljust(55)} {MegaStorage.Name[index2]}")
factor = "Sector"
print(f"\t\t{factor.ljust(29)}:\t{MegaStorage.Sector[index1].ljust(55)} {MegaStorage.Sector[index2]}")
factor = "Price"
print(f"\t\t{factor.ljust(29)}:\t{str(MegaStorage.sharePrice[index1]).ljust(55)} {MegaStorage.sharePrice[index2]}")
factor = "Earning Per Share (EPS)"
print(f"\t\t{factor.ljust(29)}:\t{str(MegaStorage.Eps[index1]).ljust(55)} {MegaStorage.Eps[index2]}")
factor = "Price to Book Value (PBV)"
print(f"\t\t{factor.ljust(29)}:\t{str(MegaStorage.Pbv[index1]).ljust(55)} {MegaStorage.Pbv[index2]}")
factor = "PE Ratio"
print(f"\t\t{factor.ljust(29)}:\t{str(MegaStorage.PERatio[index1]).ljust(55)} {MegaStorage.PERatio[index2]}")
factor = "Book Value"
print(f"\t\t{factor.ljust(29)}:\t{str(MegaStorage.BookValue[index1]).ljust(55)} {MegaStorage.BookValue[index2]}")
factor = "Growth Rate"
growth1 = str("{:.2f}".format(growthPercentage(index1))) + " %"
growth2 = str("{:.2f}".format(growthPercentage(index2))) + " %"
print(f"\t\t{factor.ljust(29)}:\t{growth1.ljust(55)} {growth2}")
factor = "Average Dividend"
dividendDataLoader(index1)
avgDiv1 = str("{:.2f}".format(float(avgDividend("cash") + avgDividend("bonus")))) + " %"
dividendDataLoader(index2)
avgDiv2 = str("{:.2f}".format(float(avgDividend("cash") + avgDividend("bonus")))) + " %"
print(f"\t\t{factor.ljust(29)}:\t{avgDiv1.ljust(55)} {avgDiv2}")
factor = "One Year Yield"
print(f"\t\t{factor.ljust(29)}:\t{str(MegaStorage.OneYearYield[index1]).ljust(55)} {MegaStorage.OneYearYield[index2]}")
factor = "120 Day Average"
print(f"\t\t{factor.ljust(29)}:\t{str(MegaStorage.Avg120Day[index1]).ljust(55)} {MegaStorage.Avg120Day[index2]}")
factor = "30 Day Average Volume"
print(f"\t\t{factor.ljust(29)}:\t{str(MegaStorage.AvgVol30Day[index1]).ljust(55)} {MegaStorage.AvgVol30Day[index2]}")
factor = "52 Weeks High-Low"
highLow52Weeks1 = str(MegaStorage.share52WeeksHigh[index1]) + "-" + str(MegaStorage.share52WeeksLow[index1])
highLow52Weeks2 = str(MegaStorage.share52WeeksHigh[index2]) + "-" + str(MegaStorage.share52WeeksLow[index2])
print(f"\t\t{factor.ljust(29)}:\t{highLow52Weeks1.ljust(55)} {highLow52Weeks2}")
factor = "Outstanding Share"
print(f"\t\t{factor.ljust(29)}:\t{numberToWordConverter(MegaStorage.OutStandingShare[index1]).ljust(55)} {numberToWordConverter(MegaStorage.OutStandingShare[index2])}")
factor = "Market Capitalisation"
print(f"\t\t{factor.ljust(29)}:\t{numberToWordConverter(MegaStorage.MarketCapitalisation[index1]).ljust(55)} {numberToWordConverter(MegaStorage.MarketCapitalisation[index2])}")
if MegaStorage.shareReportValue[index1]>0:
r1 = "Profit"
elif MegaStorage.shareReportValue[index1]<0:
r1 = "Loss"
else:
r1 = "NULL"
if MegaStorage.shareReportValue[index2]>0:
r2 = "Profit"
elif MegaStorage.shareReportValue[index2]<0:
r2 = "Loss"
else:
r2 = "NULL"
if r1=="NULL" or r2=="NULL": pass
else:
try:
factor = f"Q{int(MegaStorage.shareReportQuarter[index1])} {r1} - Q{int(MegaStorage.shareReportQuarter[index2])} {r2}"
print(f"\t\t{factor.ljust(29)}:\t{numberToWordConverter(MegaStorage.shareReportValue[index1]).ljust(55)} {numberToWordConverter(MegaStorage.shareReportValue[index2])}")
except: pass
print("")
def sortData(sectorIndex, factor, rangeFlag, rangeLowerLimit, rangeUpperLimit):
clearArray()
sortFlag = False
try:
# Appending factor array to be sorted
if factor=="eps":
for count in range(0, MegaStorage.numberOfCompanies):
MegaStorage.arr1.append(MegaStorage.Eps[count])
elif factor=="pe":
for count in range(0, MegaStorage.numberOfCompanies):
MegaStorage.arr1.append(MegaStorage.PERatio[count])
elif factor=="share":
for count in range(0, MegaStorage.numberOfCompanies):
MegaStorage.arr1.append(MegaStorage.OutStandingShare[count])
elif factor=="price":
for count in range(0, MegaStorage.numberOfCompanies):
MegaStorage.arr1.append(MegaStorage.MarketPrice[count])
elif factor=="bonus" or factor=="cash" or factor=="dividend" or factor=="growth":
for count in range(0, MegaStorage.numberOfCompanies):
growth = growthPercentage(count)
dividendDataLoader(count)
avg1 = avgDividend("cash")
avg2 = avgDividend("bonus")
avg3 = avg1 + avg2
avgFlux = avgDividendFluctuation()
if factor=="cash":
MegaStorage.arr1.append(avg1)
MegaStorage.arr4.append(avg1)
MegaStorage.arr5.append(avg2)
MegaStorage.arr6.append(growth)
MegaStorage.arr7.append(avgFlux)
elif factor=="bonus":
MegaStorage.arr1.append(avg2)
MegaStorage.arr4.append(avg1)
MegaStorage.arr5.append(avg2)
MegaStorage.arr6.append(growth)
MegaStorage.arr7.append(avgFlux)
elif factor=="dividend":
MegaStorage.arr1.append(avg3)
MegaStorage.arr4.append(avg1)
MegaStorage.arr5.append(avg2)
MegaStorage.arr6.append(growth)
MegaStorage.arr7.append(avgFlux)
elif factor=="growth":
MegaStorage.arr1.append(growth)
MegaStorage.arr4.append(avg1)
MegaStorage.arr5.append(avg2)
MegaStorage.arr6.append(growth)
MegaStorage.arr7.append(avgFlux)
# Appoint factor related to the sector
if MegaStorage.SectorList1[sectorIndex]=="all":
for count in range(0, MegaStorage.numberOfCompanies):
if not MegaStorage.Sector[count]=="Promoter Share" and not MegaStorage.Sector[count]=="Mutual Fund" and not MegaStorage.Sector[count]=="Corporate Debentures":
MegaStorage.arr2.append(MegaStorage.arr1[count])
MegaStorage.arr3.append(count)
else:
for count in range(0, MegaStorage.numberOfCompanies):
if MegaStorage.SectorList2[sectorIndex]==MegaStorage.Sector[count] and not MegaStorage.Sector[count]=="Promoter Share" and not MegaStorage.Sector[count]=="Mutual Fund" and not MegaStorage.Sector[count]=="Corporate Debentures":
MegaStorage.arr2.append(MegaStorage.arr1[count])
MegaStorage.arr3.append(count)
MegaStorage.arr1.clear()
lenArr = len(MegaStorage.arr3)
for count1 in range(0, lenArr-1):
for count2 in range(count1, lenArr-1):
if MegaStorage.arr2[count1] > MegaStorage.arr2[count2 + 1]:
swap_var1 = MegaStorage.arr2[count2 + 1]
MegaStorage.arr2[count2 + 1] = MegaStorage.arr2[count1]
MegaStorage.arr2[count1] = swap_var1
swap_var2 = MegaStorage.arr3[count2 + 1]
MegaStorage.arr3[count2 + 1] = MegaStorage.arr3[count1]
MegaStorage.arr3[count1] = swap_var2
MegaStorage.arr2.clear()
except:
sortFlag = True
if sortFlag==False:
print("\n\t====================================================================================================================================")
if factor=="eps" or factor=="pe" or factor=="share" or factor=="price":
if factor=="eps":
MegaStorage.arr3.reverse()
print(f"{MegaStorage.bold}\t\tSymbol\t\tEPS\t\tPE\t\tPBV\t\tPrice\t\t52 Weeks High\t\t52 Weeks Low{MegaStorage.normal}")
print("\t====================================================================================================================================\n")
if rangeFlag==True:
for count in range(0, lenArr):
index = MegaStorage.arr3[count]
if MegaStorage.Eps[index]>=rangeLowerLimit and MegaStorage.Eps[index]<=rangeUpperLimit:
print(f"\t\t{str(MegaStorage.Symbol[index]).ljust(16)}{str(MegaStorage.Eps[index]).ljust(16)}{str(MegaStorage.PERatio[index]).ljust(16)}{str(MegaStorage.Pbv[index]).ljust(16)}{str(MegaStorage.MarketPrice[index]).ljust(19)}{str(MegaStorage.share52WeeksHigh[index]).ljust(23)}{MegaStorage.share52WeeksLow[index]}")
else:
for count in range(0, lenArr):
index = MegaStorage.arr3[count]
print(f"\t\t{str(MegaStorage.Symbol[index]).ljust(16)}{str(MegaStorage.Eps[index]).ljust(16)}{str(MegaStorage.PERatio[index]).ljust(16)}{str(MegaStorage.Pbv[index]).ljust(16)}{str(MegaStorage.MarketPrice[index]).ljust(19)}{str(MegaStorage.share52WeeksHigh[index]).ljust(23)}{MegaStorage.share52WeeksLow[index]}")
elif factor=="pe":
print(f"{MegaStorage.bold}\t\tSymbol\t\tPE\t\tPBV\t\tEPS\t\tPrice\t\t52 Weeks High\t\t52 Weeks Low{MegaStorage.normal}")
print("\t====================================================================================================================================\n")
if rangeFlag==True:
for count in range(0, lenArr):
index = MegaStorage.arr3[count]
if MegaStorage.PERatio[index]>=rangeLowerLimit and MegaStorage.PERatio[index]<=rangeUpperLimit:
print(f"\t\t{str(MegaStorage.Symbol[index]).ljust(16)}{str(MegaStorage.PERatio[index]).ljust(16)}{str(MegaStorage.Pbv[index]).ljust(16)}{str(MegaStorage.Eps[index]).ljust(16)}{str(MegaStorage.MarketPrice[index]).ljust(19)}{str(MegaStorage.share52WeeksHigh[index]).ljust(23)}{MegaStorage.share52WeeksLow[index]}")
else:
for count in range(0, lenArr):
index = MegaStorage.arr3[count]
print(f"\t\t{str(MegaStorage.Symbol[index]).ljust(16)}{str(MegaStorage.PERatio[index]).ljust(16)}{str(MegaStorage.Pbv[index]).ljust(16)}{str(MegaStorage.Eps[index]).ljust(16)}{str(MegaStorage.MarketPrice[index]).ljust(19)}{str(MegaStorage.share52WeeksHigh[index]).ljust(23)}{MegaStorage.share52WeeksLow[index]}")
elif factor=="share":
print(f"{MegaStorage.bold}\t\tSymbol\t\tOutstanding Share\tEPS\t\tPE\t\tPrice\t\t52 Weeks High\t\t52 Weeks Low{MegaStorage.normal}")
print("\t====================================================================================================================================\n")
if rangeFlag==True:
for count in range(0, lenArr):
index = MegaStorage.arr3[count]
if MegaStorage.OutStandingShare[index]>=rangeLowerLimit and MegaStorage.OutStandingShare[index]<=rangeUpperLimit:
print(f"\t\t{str(MegaStorage.Symbol[index]).ljust(16)}{str(MegaStorage.OutStandingShare[index]).ljust(23)}{str(MegaStorage.Eps[index]).ljust(16)}{str(MegaStorage.PERatio[index]).ljust(16)}{str(MegaStorage.MarketPrice[index]).ljust(19)}{str(MegaStorage.share52WeeksHigh[index]).ljust(23)}{MegaStorage.share52WeeksLow[index]}")
else:
for count in range(0, lenArr):
index = MegaStorage.arr3[count]
print(f"\t\t{str(MegaStorage.Symbol[index]).ljust(16)}{str(MegaStorage.OutStandingShare[index]).ljust(23)}{str(MegaStorage.Eps[index]).ljust(16)}{str(MegaStorage.PERatio[index]).ljust(16)}{str(MegaStorage.MarketPrice[index]).ljust(19)}{str(MegaStorage.share52WeeksHigh[index]).ljust(23)}{MegaStorage.share52WeeksLow[index]}")
elif factor=="price":
print(f"{MegaStorage.bold}\t\tSymbol\t\tPrice\t\tPE\t\tPBV\t\tEPS\t\t52 Weeks High\t\t52 Weeks Low{MegaStorage.normal}")
print("\t====================================================================================================================================\n")
if rangeFlag==True:
for count in range(0, lenArr):
index = MegaStorage.arr3[count]
if MegaStorage.MarketPrice[index]>=rangeLowerLimit and MegaStorage.MarketPrice[index]<=rangeUpperLimit:
print(f"\t\t{str(MegaStorage.Symbol[index]).ljust(16)}{str(MegaStorage.MarketPrice[index]).ljust(16)}{str(MegaStorage.PERatio[index]).ljust(16)}{str(MegaStorage.Pbv[index]).ljust(16)}{str(MegaStorage.Eps[index]).ljust(19)}{str(MegaStorage.share52WeeksHigh[index]).ljust(23)}{MegaStorage.share52WeeksLow[index]}")
else:
for count in range(0, lenArr):
index = MegaStorage.arr3[count]
print(f"\t\t{str(MegaStorage.Symbol[index]).ljust(16)}{str(MegaStorage.MarketPrice[index]).ljust(16)}{str(MegaStorage.PERatio[index]).ljust(16)}{str(MegaStorage.Pbv[index]).ljust(16)}{str(MegaStorage.Eps[index]).ljust(19)}{str(MegaStorage.share52WeeksHigh[index]).ljust(23)}{MegaStorage.share52WeeksLow[index]}")
print("")
elif factor=="cash" or factor=="bonus" or factor=="dividend" or factor=="growth":
MegaStorage.arr3.reverse()
size = len(MegaStorage.arr3)
arr = ["Symbol", "Avg Dividend", "Avg Bonus", "Avg Cash", "Price", "Growth", "Div Flux"]
if factor=="cash":
print(f"{MegaStorage.bold}\t\t{str(arr[0].ljust(17))}{str(arr[3]).ljust(17)}{str(arr[2]).ljust(17)}{str(arr[1]).ljust(21)}{str(arr[6]).ljust(17)}{str(arr[5]).ljust(17)}{str(arr[4])}{MegaStorage.normal}")
elif factor=="bonus":
print(f"{MegaStorage.bold}\t\t{str(arr[0].ljust(17))}{str(arr[2]).ljust(17)}{str(arr[3]).ljust(17)}{str(arr[1]).ljust(21)}{str(arr[6]).ljust(17)}{str(arr[5]).ljust(17)}{str(arr[4])}{MegaStorage.normal}")
elif factor=="dividend":
print(f"{MegaStorage.bold}\t\t{str(arr[0].ljust(17))}{str(arr[1]).ljust(19)}{str(arr[6]).ljust(17)}{str(arr[2]).ljust(17)}{str(arr[3]).ljust(17)}{str(arr[5]).ljust(17)}{str(arr[4])}{MegaStorage.normal}")
elif factor=="growth":
print(f"{MegaStorage.bold}\t\t{str(arr[0].ljust(17))}{str(arr[5]).ljust(17)}{str(arr[1]).ljust(21)}{str(arr[6]).ljust(17)}{str(arr[2]).ljust(17)}{str(arr[3]).ljust(17)}{str(arr[4])}{MegaStorage.normal}")
print("\t====================================================================================================================================\n")
for count in range(0, size):
dividendDataLoader(count)
index = MegaStorage.arr3[count]
avgCash = MegaStorage.arr4[index]
avgBonus = MegaStorage.arr5[index]
avgDiv = avgBonus + avgCash
growth = MegaStorage.arr6[index]
avgFlux = MegaStorage.arr7[index]
avgCashStr = str("{:.2f}".format(avgCash)) + " %"
avgBonusStr = str("{:.2f}".format(avgBonus)) + " %"
avgDivStr = str("{:.2f}".format(avgDiv)) + " %"
growthStr = str("{:.2f}".format(growth)) + " %"
avgFluxStr = str("{:.2f}".format(avgFlux)) + " %"
if factor=="cash":
if rangeFlag==True:
if avgCash>=rangeLowerLimit and avgCash<=rangeUpperLimit:
print(f"\t\t{str(MegaStorage.Symbol[index]).ljust(18)}{avgCashStr.ljust(17)}{avgBonusStr.ljust(19)}{avgDivStr.ljust(18)}{avgFluxStr.ljust(17)}{growthStr.ljust(17)}{str(MegaStorage.MarketPrice[index])}")
else:
print(f"\t\t{str(MegaStorage.Symbol[index]).ljust(18)}{avgCashStr.ljust(17)}{avgBonusStr.ljust(19)}{avgDivStr.ljust(18)}{avgFluxStr.ljust(17)}{growthStr.ljust(17)}{str(MegaStorage.MarketPrice[index])}")
elif factor=="bonus":
if rangeFlag==True:
if avgBonus>=rangeLowerLimit and avgBonus<=rangeUpperLimit:
print(f"\t\t{str(MegaStorage.Symbol[index]).ljust(18)}{avgBonusStr.ljust(17)}{avgCashStr.ljust(19)}{avgDivStr.ljust(18)}{avgFluxStr.ljust(17)}{growthStr.ljust(17)}{str(MegaStorage.MarketPrice[index])}")
else:
print(f"\t\t{str(MegaStorage.Symbol[index]).ljust(18)}{avgBonusStr.ljust(17)}{avgCashStr.ljust(19)}{avgDivStr.ljust(18)}{avgFluxStr.ljust(17)}{growthStr.ljust(17)}{str(MegaStorage.MarketPrice[index])}")
elif factor=="dividend":
if rangeFlag==True:
if avgDiv>=rangeLowerLimit and avgDiv<=rangeUpperLimit:
print(f"\t\t{str(MegaStorage.Symbol[index]).ljust(20)}{avgDivStr.ljust(17)}{avgFluxStr.ljust(17)}{avgBonusStr.ljust(17)}{avgCashStr.ljust(16)}{growthStr.ljust(17)}{str(MegaStorage.MarketPrice[index])}")
else:
print(f"\t\t{str(MegaStorage.Symbol[index]).ljust(20)}{avgDivStr.ljust(17)}{avgFluxStr.ljust(17)}{avgBonusStr.ljust(17)}{avgCashStr.ljust(16)}{growthStr.ljust(17)}{str(MegaStorage.MarketPrice[index])}")
elif factor=="growth":
if rangeFlag==True:
if growth>=rangeLowerLimit and growth<=rangeUpperLimit:
print(f"\t\t{str(MegaStorage.Symbol[index]).ljust(17)}{growthStr.ljust(19)}{avgDivStr.ljust(20)}{avgFluxStr.ljust(17)}{avgBonusStr.ljust(17)}{avgCashStr.ljust(16)}{str(MegaStorage.MarketPrice[index])}")
else:
print(f"\t\t{str(MegaStorage.Symbol[index]).ljust(17)}{growthStr.ljust(19)}{avgDivStr.ljust(20)}{avgFluxStr.ljust(17)}{avgBonusStr.ljust(17)}{avgCashStr.ljust(16)}{str(MegaStorage.MarketPrice[index])}")
print("")
else:
print("\n\t-------------------------------------------------------------------------------------------------------------------")
print(f"{MegaStorage.red}\t\t[ Error ] :" + center(f"Unable To Sort Data{MegaStorage.normal}", 60))
def dividendReport():
dividendSize = len(MegaStorage.divSymbol)
if dividendSize>0:
print("\n\t===================================================================================================================")
print(f"{MegaStorage.bold}\t\tSymbol\t\t\tPrice\t\tBonus\t\tCash\t\tTotal\t\tBook Closure Date{MegaStorage.normal}")
print("\t===================================================================================================================\n")
for index in range(0, dividendSize):
price = "-"
for count in range(0, MegaStorage.numberOfCompanies):
if MegaStorage.divSymbol[index].find(MegaStorage.Symbol[count])>=0:
price = str(MegaStorage.sharePrice[count])
break
cash = str("{:.2f}".format(MegaStorage.divCash[index])) + " %"
bonus = str("{:.2f}".format(MegaStorage.divBonus[index])) + " %"
total = str("{:.2f}".format(MegaStorage.divCash[index] + MegaStorage.divBonus[index])) + " %"
print(f"\t\t{str(MegaStorage.divSymbol[index]).ljust(24)}{price.ljust(16)}{bonus.ljust(16)}{cash.ljust(16)}{total.ljust(16)}{str(MegaStorage.divBCD[index]).ljust(24)}")
print("")
else:
print("\n\t-------------------------------------------------------------------------------------------------------------------")
print(f"{MegaStorage.yellow}\t\t[ Message ] :" + center(f"Dividend Data Unavailable{MegaStorage.normal}", 60))
def sortArray(factor):
clearArray()
sortError = False
try:
if factor=="volume":
for count in range(0, MegaStorage.numberOfCompanies):
if not MegaStorage.Sector[count]=="Promoter Share" and not MegaStorage.Sector[count]=="Mutual Fund" and not MegaStorage.Sector[count]=="Corporate Debentures":
try:
MegaStorage.arr2.append(float(MegaStorage.shareVolume[count]))
except: pass
MegaStorage.arr3.append(count)
elif factor=="gainer":
for count in range(0, MegaStorage.numberOfCompanies):
if MegaStorage.PercentageChange[count]>0 and not MegaStorage.Sector[count]=="Promoter Share" and not MegaStorage.Sector[count]=="Mutual Fund" and not MegaStorage.Sector[count]=="Corporate Debentures":
try:
MegaStorage.arr2.append(float(MegaStorage.PercentageChange[count]))
except: pass
MegaStorage.arr3.append(count)
elif factor=="loser":
for count in range(0, MegaStorage.numberOfCompanies):
if MegaStorage.PercentageChange[count]<0 and not MegaStorage.Sector[count]=="Promoter Share" and not MegaStorage.Sector[count]=="Mutual Fund" and not MegaStorage.Sector[count]=="Corporate Debentures":
try:
MegaStorage.arr2.append(float(MegaStorage.PercentageChange[count]))
except: pass
MegaStorage.arr3.append(count)
lenArr = len(MegaStorage.arr3)
for count1 in range(0, lenArr-1):
for count2 in range(count1, lenArr-1):
if MegaStorage.arr2[count1] > MegaStorage.arr2[count2 + 1]:
swap_var1 = MegaStorage.arr2[count2 + 1]
MegaStorage.arr2[count2 + 1] = MegaStorage.arr2[count1]
MegaStorage.arr2[count1] = swap_var1
swap_var2 = MegaStorage.arr3[count2 + 1]
MegaStorage.arr3[count2 + 1] = MegaStorage.arr3[count1]
MegaStorage.arr3[count1] = swap_var2
except:
sortError = True
print("\n\t-------------------------------------------------------------------------------------------------------------------")
print(f"{MegaStorage.red}\t\t[ Error ] :" + center(f"Unable To Sort Data{MegaStorage.normal}", 60))
return sortError
def companyDataLoader(index):
lines = []
companyDataLoaderError = False
try:
clearCompanyDataStorage()
filePath = MegaStorage.fileName2 + MegaStorage.Symbol[index] + MegaStorage.fileExtension
file = open(filePath, 'r')
for line in file:
lines.append(line)
for count in range(0, len(lines)):
for word in str(lines[count]).split():
MegaStorage.Temporary.append(word)
MegaStorage.companyVolume.append(float(MegaStorage.Temporary[1]))
MegaStorage.companyPrice.append(float(MegaStorage.Temporary[2]))
MegaStorage.companyOpenPrice.append(float(MegaStorage.Temporary[3]))
MegaStorage.companyHighPrice.append(float(MegaStorage.Temporary[4]))
MegaStorage.companyLowPrice.append(float(MegaStorage.Temporary[5]))
MegaStorage.Temporary.clear()
if len(MegaStorage.companyVolume)>0:
companyDataReverse()
file.close()
except:
companyDataLoaderError = True
finally:
if companyDataLoaderError==True:
print("\n\t-------------------------------------------------------------------------------------------------------------------")
print(f"{MegaStorage.red}\t\t[ Error ] :" + center(f"Company data could not be loaded ({MegaStorage.Symbol[index]}){MegaStorage.normal}", 60))
print("\t-------------------------------------------------------------------------------------------------------------------")
programExit()
def summaryReport():
try:
numOfComToDisplay = 20
volumeArr = []
gainerArr = []
loserArr = []
errorFlag = False
arr = ["Top Volume","Volume", "Top Gainer", "Change", "Top Losers"]
if sortArray("volume")==False:
for index in range(0, len(MegaStorage.arr3)):
volumeArr.append(MegaStorage.arr3[index])
if sortArray("gainer")==False:
for index in range(0, len(MegaStorage.arr3)):
gainerArr.append(MegaStorage.arr3[index])
if sortArray("loser")==False:
for index in range(0, len(MegaStorage.arr3)):
loserArr.append(MegaStorage.arr3[index])
else:
errorFlag = True
else:
errorFlag = True
else:
errorFlag = True
if errorFlag==False:
volumeArr.reverse()
gainerArr.reverse()
lengthOfLoser = len(loserArr)
lengthOfGainer = len(gainerArr)
lengthOfVolume = len(volumeArr)
print("\n\t===================================================================================================================")
print(f"{MegaStorage.bold}\t\t{arr[2].ljust(19)}{arr[3]}\t|\t{arr[0].ljust(19)}{arr[1]}\t|\t{arr[4].ljust(19)}{arr[3]}{MegaStorage.normal}")
print("\t===================================================================================================================\n")
for index in range(0, numOfComToDisplay):
if index < lengthOfVolume:
volumeSymbol = str(MegaStorage.Symbol[volumeArr[index]])
volume = str(MegaStorage.shareVolume[volumeArr[index]])
else:
volumeSymbol = ""
volume = ""
if index < lengthOfGainer:
gainerSymbol = str(MegaStorage.Symbol[gainerArr[index]])
gainer = f"{MegaStorage.green}" + str(MegaStorage.PercentageChange[gainerArr[index]]).ljust(5) + f"{MegaStorage.normal}" + " %"
else:
gainerSymbol = ""
gainer = "".ljust(5)
if index < lengthOfLoser:
loserSymbol = str(MegaStorage.Symbol[loserArr[index]])
loser = f"{MegaStorage.red}" + str(MegaStorage.PercentageChange[loserArr[index]]).ljust(6) + f"{MegaStorage.normal}" + " %"
else:
loserSymbol = ""
loser = "".ljust(5)
print(f"\t\t{gainerSymbol.ljust(19)}{gainer}\t|\t{volumeSymbol.ljust(19)}{volume}\t|\t{loserSymbol.ljust(18)}{loser}")
print("")
except:
print("\n\t-------------------------------------------------------------------------------------------------------------------")
print(f"{MegaStorage.red}\t\t[ Error ] :" + center(f"Unable To Generate Market Summary{MegaStorage.normal}", 60))
def volumeAnalysis():
totalVolume = 0
avgVol = 0
sizeVolume = len(MegaStorage.companyVolume)
if sizeVolume>1:
for index in range(0, sizeVolume):
try:
totalVolume = totalVolume + MegaStorage.companyVolume[index+1]
except:
totalVolume = totalVolume + MegaStorage.companyVolume[index]
if (index+1)==3:
break
avgVol = totalVolume/(index+1)
if not avgVol==0:
return (MegaStorage.companyVolume[0]/avgVol)*100
else:
return totalVolume
else:
return totalVolume
def buyPressure():
candleLength = MegaStorage.companyHighPrice[0] - MegaStorage.companyLowPrice[0]
if not candleLength==0:
return ((MegaStorage.companyPrice[0] - MegaStorage.companyLowPrice[0])*100)/candleLength
else:
return 50
def sellPressure():
candleLength = MegaStorage.companyHighPrice[0] - MegaStorage.companyLowPrice[0]
if not candleLength==0:
return ((MegaStorage.companyHighPrice[0] - MegaStorage.companyPrice[0])*100)/candleLength
else:
return 50
def gapOpen():
gapPer = 0.0
if len(MegaStorage.companyPrice)>1 and MegaStorage.companyPrice[0]>0 and MegaStorage.companyPrice[1]>0:
if MegaStorage.companyPrice[0]>MegaStorage.companyPrice[1]:
gapPer = float(((MegaStorage.companyLowPrice[0]-MegaStorage.companyHighPrice[1])/MegaStorage.companyPrice[1])*100)
if gapPer<0 or gapPer<1:
gapPer = 0.0
elif MegaStorage.companyPrice[0]<MegaStorage.companyPrice[1]:
gapPer = float(((MegaStorage.companyHighPrice[0]-MegaStorage.companyLowPrice[1])/MegaStorage.companyPrice[1])*100)
if gapPer>0 or abs(gapPer)<1:
gapPer = 0.0
else:
gapPer = 0.0
return gapPer
def bodyToCandleRatio():
candleLength = MegaStorage.companyHighPrice[0] - MegaStorage.companyLowPrice[0]
bodyLength = abs(MegaStorage.companyOpenPrice[0] - MegaStorage.companyPrice[0])
try:
ratio = (bodyLength / candleLength) * 100
except:
ratio = 0
return ratio
def shadowToCandleRatio():
candleLength = MegaStorage.companyHighPrice[0] - MegaStorage.companyLowPrice[0]
bodyLength = abs(MegaStorage.companyOpenPrice[0] - MegaStorage.companyPrice[0])
try:
ratio = ((candleLength - bodyLength) / candleLength) * 100
except:
ratio = 0
return ratio
def hammer():
hammerResult = "NULL"
candleLength = MegaStorage.companyHighPrice[0] - MegaStorage.companyLowPrice[0]
bodyRatio = bodyToCandleRatio()
ratio1 = 0
ratio2 = 0
if bodyRatio<55:
if len(MegaStorage.companyVolume)>=2 and not candleLength==0:
if MegaStorage.companyPrice[0]>MegaStorage.companyOpenPrice[0]:
ratio1 = ((MegaStorage.companyHighPrice[0]-MegaStorage.companyPrice[0])/candleLength)*100
ratio2 = ((MegaStorage.companyOpenPrice[0]-MegaStorage.companyLowPrice[0])/candleLength)*100
elif MegaStorage.companyPrice[0]<MegaStorage.companyPrice[1]:
ratio1 = ((MegaStorage.companyHighPrice[0]-MegaStorage.companyOpenPrice[0])/candleLength)*100
ratio2 = ((MegaStorage.companyPrice[0]-MegaStorage.companyLowPrice[0])/candleLength)*100
if not ratio1==ratio2:
if ratio1<(ratio2/2.5):
hammerResult = "Hammer"
elif ratio2<(ratio1/2.5):
hammerResult = "InvertedHammer"
return hammerResult
def bullishBearishHarami():
bullishBearishHaramiResult = "NULL"
if len(MegaStorage.companyVolume)>1:
if (MegaStorage.companyOpenPrice[1]-MegaStorage.companyPrice[0])>0 and (MegaStorage.companyOpenPrice[0]-MegaStorage.companyPrice[1])>0:
if MegaStorage.companyPrice[0]>=(((MegaStorage.companyOpenPrice[1]-MegaStorage.companyPrice[1])/2)+MegaStorage.companyPrice[1]):
bullishBearishHaramiResult = "BullishHarami"
elif (MegaStorage.companyPrice[1]-MegaStorage.companyOpenPrice[0])>0 and (MegaStorage.companyPrice[0]-MegaStorage.companyOpenPrice[1])>0:
if (((MegaStorage.companyPrice[1]-MegaStorage.companyOpenPrice[1])/2)+MegaStorage.companyOpenPrice[1])>MegaStorage.companyPrice[0]:
bullishBearishHaramiResult = "BearishHarami"
return bullishBearishHaramiResult
def engulfingBullishBearish():
engulfingResult = "NULL"
if len(MegaStorage.companyVolume)>1:
if MegaStorage.companyPrice[0]>MegaStorage.companyPrice[1] and MegaStorage.companyPrice[0]>MegaStorage.companyOpenPrice[1]:
if MegaStorage.companyOpenPrice[0]<MegaStorage.companyOpenPrice[1] and MegaStorage.companyOpenPrice[0]<MegaStorage.companyPrice[1]:
engulfingResult = "EngulfingBullish"
elif MegaStorage.companyOpenPrice[0]>MegaStorage.companyPrice[1] and MegaStorage.companyOpenPrice[0]>MegaStorage.companyOpenPrice[1]:
if MegaStorage.companyPrice[0]<MegaStorage.companyPrice[1] and MegaStorage.companyPrice[0]<MegaStorage.companyOpenPrice[1]:
engulfingResult = "EngulfingBearish"
return engulfingResult
def morningEveningDojiStar():
dojiStarResult = "NULL"
if len(MegaStorage.companyVolume)>2:
if (MegaStorage.companyPrice[2]-MegaStorage.companyPrice[1])>0 and (MegaStorage.companyPrice[1]-MegaStorage.companyPrice[0])<0:
dojiStarResult = "MorningDojiStar"
elif (MegaStorage.companyPrice[1]-MegaStorage.companyPrice[2])>0 and (MegaStorage.companyPrice[0]-MegaStorage.companyPrice[1])>0:
dojiStarResult = "EveningDojiStar"
return dojiStarResult
def morningEveningStar():
starResult = "NULL"
if len(MegaStorage.companyVolume)>2:
if (MegaStorage.companyPrice[2]-MegaStorage.companyPrice[1])>0 and (MegaStorage.companyPrice[1]-MegaStorage.companyPrice[0])<0:
starResult = "MorningStar"
elif (MegaStorage.companyPrice[1]-MegaStorage.companyPrice[2])>0 and (MegaStorage.companyPrice[0]-MegaStorage.companyPrice[1])>0:
starResult = "EveningStar"
return starResult
def gravestone(dojiLength):
isGravestone = "NULL"
gravestonePer = abs(((MegaStorage.companyPrice[0]-MegaStorage.companyLowPrice[0])/MegaStorage.companyPrice[0])*100)
if gravestonePer<=dojiLength:
isGravestone = "GraveStone"
return isGravestone
def dragonfly(dojiLength):
isDragonfly = "NULL"
dragonflyPer = abs(((MegaStorage.companyHighPrice[0]-MegaStorage.companyPrice[0])/MegaStorage.companyPrice[0])*100)
if dragonflyPer<=dojiLength:
isDragonfly = "DragonFly"
return isDragonfly
def doji():
dojiResult = "NULL"
dojiLength = 0.8
if abs(((MegaStorage.companyOpenPrice[0]-MegaStorage.companyPrice[0])/MegaStorage.companyPrice[0])*100)<=dojiLength:
if dragonfly(dojiLength)==True:
dojiResult = "DragonFly"
elif gravestone(dojiLength)==True:
dojiResult = "GraveStone"
else:
if morningEveningDojiStar()=="MorningDojiStar":
dojiResult = "MorningDojiStar"
elif morningEveningDojiStar()=="EveningDojiStar":
dojiResult = "EveningDojiStar"
else:
dojiResult = "Doji"
return dojiResult
def threeBlackCrowsAndWhiteSoldiers():
result = "NULL"
minRatio = 55
if len(MegaStorage.companyVolume)>=3:
candleLength = MegaStorage.companyHighPrice[2] - MegaStorage.companyLowPrice[2]
bodyLength = abs(MegaStorage.companyOpenPrice[2] - MegaStorage.companyPrice[2])
try: bodyRatio = (bodyLength/candleLength)*100
except: bodyRatio = 0
if MegaStorage.companyOpenPrice[2]>MegaStorage.companyPrice[2] and bodyRatio>minRatio:
candleLength = MegaStorage.companyHighPrice[1] - MegaStorage.companyLowPrice[1]
bodyLength = abs(MegaStorage.companyOpenPrice[1] - MegaStorage.companyPrice[1])
try: bodyRatio = (bodyLength/candleLength)*100
except: bodyRatio = 0
if MegaStorage.companyOpenPrice[1]>MegaStorage.companyPrice[1] and MegaStorage.companyPrice[2]>MegaStorage.companyPrice[1] and bodyRatio>minRatio:
candleLength = MegaStorage.companyHighPrice[0] - MegaStorage.companyLowPrice[0]
bodyLength = abs(MegaStorage.companyOpenPrice[0] - MegaStorage.companyPrice[0])
try: bodyRatio = (bodyLength/candleLength)*100
except: bodyRatio = 0